Modeling interior pressure fluctuations of high-speed trains considering the non-ideal properties of gases

Key Points

• Pressure fluctuations were modeled considering non-ideal gas properties, leading to new insights into train dynamics.
• The analysis utilized advanced thermodynamic principles to capture varying pressure metrics under different conditions.
• Simulation results indicate significant interior pressure variation during high-speed travel, highlighting design concerns.
• Understanding these fluctuations may enable improved safety and efficiency measures in high-speed train systems.